Related Questions

In the figure , the product of any two numbers in adjacent circles is equal to the product of the two numbers that are opposite those circles.What is the value of h?
A 3
B 8
C 12
D 16
Two circles of equal radii touch externally at a point P . Form a point T on the target at P target TQ and TR are drawn to the circles with points of contact Q and R respectively. The relations of TQ and TR is
A T = TR
B TQ> TR
C TQ = TR
D TQ = 2 Tk.
On the following image, two equal circles are cut out of a rectangle of card of dimension 16 by 8. The circles have the maximum diameter possible. What is the approximate area of the paper remaining after the circle have been cut out?
A 104
B 54
C 27
D 13
In the figure the product of any two numbers in adjacent circles is equal to the product of the two numbers that are opposite those circles. What is the value of h?
A 3
B 8
C 20
D 12
In the figure, the product to any two numbers in adjacent circles is equal to the product of the two numbers that are opposite those circles. What is the value of h?
A 3
B 8
C 12
D 16
In the following figure, two equal circles are cut out of a rectangle of card of dimensions 16 by 8. The circle have the maximum diameter possible. What is the approximate area of the paper remaining after the circles have been cut out?
A 104
B 54
C 27
D 13
The correct combination of the following groups of sentences.. We must respect live in society We must learn to live in peace. we must respect other's life. We must respect other's property” would be........
A As we live in SOCiety, to respect each other's life and property.
B We live in society to respect peace, life and property.
C In society, we must live to respect other's life and property.
D Our life must be ]peaceful to espect other's property and life.
A point B on a rigid link AB moves with respect to A with angular velocity $$\omega $$ rad/s. The radial component of the acceleration of B with respect to A, is (where vBA = Linear velocity of B with respect to A)
A vBA × AB
B $$\frac{{{\text{vBA}}}}{{{\text{AB}}}}$$
C v2BA
D $$\frac{{{{\text{v}}^2}{\text{BA}}}}{{{\text{AB}}}}$$
Bilateral symmetrical hilar gland enlargement is typical of
A Pulmonary tuberculosis
B Lymphoma
C Sarcoidosis
D Milliary tuberculosis
E Infectious mononucleosis
Bilateral symmetrical sacroiliac (S.I) joints involvement occurs in
A Ankylosing spondylitis
B Psoriatic arthritis
C Reiter’s disease
D Gouty arthopathy
E Osteitis condensanse ilii

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